Hareon Solar Business Review. Hareon Solar Technology Co., Ltd.

Transcription

1 Hareon Solar Business Review Hareon Solar Technology Co., Ltd.

2 Introduction Capacity Team Project Public R&D

3 Green Energy All-in-one Solar Energy 1.7GW Hareon Solar is committed to Provided complete photovoltaic Specialized in producing, In 2012, the capacity of Hareon cells green clean renewable energy. chain integrating production. researching and selling solar cells will break over 1.7GW, and the and modules, and also investing capacity of Hareon modules will the solar power station. break over 1GW.

4 April 2004 Hareon Solar was established. July 2005 Mono crystal silicon ingot production lines were put into operation. November 2004 The first successful trial production of silicon wafer. May 2007 Commenced manufacture of multicrystalline casting and wafer Set up cells and modules production. December 2009, Altusvia Energy Co., Ltd. was founded in Taicang City, Jiangsu Province. Cells output reach 690MW 2010 Explosive capacity expansion in solar cells and modules. Modules output reach 460MW 2011 Cells output reach 2GW February 2012 Hareon Solar successfully entered into China s A share market Modules output reach 580MW

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6 Polysilicon Ingot Wafer Solar Cell Solar Module Solar System 360MW 465MW 690MW 460MW 550MW 800MW 1500MW 580MW+300 MW(JV)

7 Site Jiangyin (Xinqiao) Taicang Development Port Jiangyin (Huangtang)

8 Hefei Site

9 ,730 Huangtang Huangtang Taicang Xinqiao Hefei Huangtang Taicang Xinqiao Hefei

10 Management Team Chairman Xiangdong Ren Nearly 20 years experience on business administration and entrepreneur Awarded the title of Model Plant Head in Wuxi in 2007 and th Wuxi young model entrepreneur Member of 13th Jiangyin CPPCC and counselor of Jiangsu Association of Renewable Energy Industry Chairman of Jiangyin Jiurun Piping Co., Ltd CEO Samuel Yang Acted as CEO of JA Solar Holdings Co., Ltd from July 2006 to July 2009 Founded JA Solar Holdings Co., Ltd in May 2005 and acted as its general manager Co-founded China Sunergy Co., Ltd in 2004 and acted as its director Founded Shanghai Tianxin Electronics Co., Ltd in 2002,mainly dealing in trade of manufacturing equipment of solar cells Co-founded Suntech Power Holdings Co., Ltd in 2000 Founded Southern Sunshine International Australia Pty,. Ltd. (SSIA) in 1997 and acted as its executive director COO Qingtang Jiang In ,acted as the senior vp-operating and chief technical officer of JA Solar Holdings Co., Ltd In ,acted as the vice technical president of Hua Hong NEC In ,acted as the president of No.1 and No.3 Plants of SMIC In ,worked in a number of American semiconductor companies and was responsible for technical research and operation

11 Project Italy 88MWP2012 4MWP2011

12 Project Bulgaria 50MWP2012 Place Project size (MWp) Qinghai, China Inner Mongolia, China Italy 4 88 Bulgaria / 50

13 Project Location Germany Module Type Mono 180W System Size 132KW Customer DOMUILUX Leuchten GmbH Location Tarranto, Italy Module Type Mono 180W System Size 1.05MW Customer Finsolare.r.I Project Location Germany Module Type Multi 230W System Size 2.2MW Customer P+M Location Rotthalmünster, Deutschland Module T ype Mono 175W System Size 1.5MW Customer EEPro GmbH

14 Project Location Albuquerque New Mexico Module Type Multi 220W System Size 2.50KW Customer Nicor Solar Location Singleton NSW Module Type Mono 185W System Size 10KW Customer Sunarise Location Germany Module TypeMono 180W System Size 7.2 KW Location : NSW Module TypeMono 185W System Size 1.5 KW Location NSW Module TypeMono 185W System Size 3KW Location NSW Module TypeMono 175W System Size 5KW Location Victoria Module TypeMono 185W System Size 2.2KW Location NSW Module TypeMono 170W System Size 10.2KW

15 Public February 2012, Hareon Solar has successfully listed at Shanghai Stock Exchange (Reverse Merger) Expansion plans as detailed already funded.

16 R&D Staff Composition BS; 19; 28% MS; 23; 34% Others; 16; 23% Ph.D; 10; 15% The R&D Center currently has 61 people, with 77% holding BS or above degrees 1000 m2 dedicated R&D Fab Chemical Lab/Physical Lab/Reliability Lab Education Number Precent Ph. D 10 11% MS 23 34% BS 19 31% Others 16 23% Totally %

17 September 2010 R&D - History December 2009 Hareon Set up R&D center, and put the headquarter at Altusvia (Taicang) energy Co., Ltd. May 2010 July 2010 Jiangsu mono silicon big size sticking and casting engineering research center is approved by Jiangsu science and technology department. Hareon R&D Co., Ltd incorporated in Taicang, capital 30 million RMB. Hareon R&D uses inkjet printing electrode preparation technology with high efficiency and low cost solar cell project, won 1 million RMB subsidize from international collaboration project by Jiangsu science and technology department. October 2010 Hareon R&D become province level efficiency solar cell project center approved by Jiangsu Development and Reform Commission. October 2011 The project of whole back electrode solar cell with 21% conversion efficiency by Hareon R&D, won 8 million special fund by Jiangsu science and technology department. November-December 2011 Four PhDs won award by Jiangsu science and technology, one of them is regards as Jiangsu high level innovative talents, the others is awarded subsidizes by Jiangsu PhD assemble program. November 2011 Hareon R&D is regard as National United Engineering Research Center with high efficiency solar cell by NDRC.

18 R&D Facility Hareon invested 2 billion RMB to built 5000 R&D centers, of which 1000 to reach the international advanced level of lab,1000workshop, 2000 R&D test line, as well as 1000 administrative office area, owned various types of testing equipments 67 sets, more than 1.5 billion RMB. Physical Lab Physical laboratory is a facility that provides properties characterization during the whole solar cell fabrication process, these performanc e parameters include minority carrier lifetime, sheet resistance, contact resistance, microdefect, quantum efficiency, cell efficiency and so on, giving a reliable basis for research and development of solar cell. Chemistry Lab R&D centre has introduced Inductively Coupled Plasma Mass Spectrometer (ICP-MS) and other expensive analytical equipment, which can measure specified elemental composition and concentration of element of silicon matherial, solution and environment. The accuracy of some measurements can reach 1 ppb, therefore, effective control can be done during the whole fabrication process. Reliability Lab Module reliability laboratory on the basis of IEC61215 standard, is established to provide the electrical properties, hot properties and mechanical properties test of solar cells and module. These performance parameters include visual inspection, validation of maximum power, insulation experiment, temperature coefficiencnt measurement, the nominal operating cell temperature measurement, properties under standard test condition and nominal operating cell temperature, properties at low irradiance, outdoor exposure experiment, hot spot endurance trial, ultraviolet degradation testing, thermal cycling test, humidity and low temperature experiment, humidity and high temperature experiment, wet leakage current experiment, mechanical loading experiment, hailstone impact experiment, hot properties of by-pass diodes and so on. The parameters measurement shows whether the product can be used for a long time and safely in the specified circumstances.

19 R&D - conversion rate 17.5% 19.9% Multi ONYX+(156*156) Conversion rate reached 17.5% Mono Andes(125*125) Conversion rate reached 19.9% Secondary painting and high efficiency with low cost SE technology In order to improve cell efficiency while maintaining/lowering cost, R&D centre has released double printing and selective emitter technology. Double printing is proven for increasing finger aspect ratio, reducing silver paste usage and demonstrating 0.3% above efficiency improvement. Selective emitter technology established with gains up to 0.5% efficiency improvement has been demonstrated in the mass production of mono silicon solar cell. Low reflex trap technology One of the limiting factor for multi cells has been the difficulties in texturing their surface to reduce surface reflection. In order to minimize this difficulty, a new technology, light-trapping nano-structures, has been developed to decrease the reflectivity from 20% above to 10% below. A absolute efficiency gain of 0.5% is achieved by this enhancing light absorption technology.

20 R&D - Route map Q Q Q Q Q Q Q Q Q Q3 Mono Multi

21 Hareon Solar Technology Co., Ltd. Huangtang Industry Zone Xuxiake Town Jiangyin, Jiangsu P.R. China Tel: Fax: